An effective adaptation for suction in robotic and laparoscopic pelvic surgery

Minimal access surgery has become the preferred approach for rectal cancer surgery. Laparoscopic and, more recently, robotic anterior resection has gained popularity due to proven short- and long-term benefits. However, technical compromise and limitations have been reported in a number of studies, owing to the rigidity of instruments when operating deep in the confined space of the pelvis.1 The rigid laparoscopic suction device is one such instrument. The lack of flexibility can make it difficult or impossible to achieve precise and effective suction during complex procedures